baber/WOPTO huggingface dataset:
Patent JP-H11111380-A (JP)
Title: Electrical connector
Inventor: KONNO TAKESHI
IPC: H01R13/648
Filed: 1997-09-30
Abstract: PROBLEM TO BE SOLVED: To provide an electrical connector the contact housing of which is surely fixed in a housing receiving cylinder, without requiring a special foldout process for a coming-off prevention piece. SOLUTION: For this connector, a cylindrical contactor housing 3 supporting multiple contactors 2 from a cord-connecting end 1b side is inserted into the inside of a housing receiving cylinder 1a of a shield case 1 that is bent into a form, having the housing receiving cylinder 1a and the cord connecting end 1b from a conductive metal sheet, and the outside surface of the shield case 1 is covered with an insulating mold case body 5 having an insulation cylinder 5a which covers the peripheral surface of the housing receiving cylinder 1a. In this case, a U-shaped slot 7 is formed at a part of the circumferential wall of the housing receiving cylinder 1a, a coming-off prevention piece 8 protruding outside the circumferential wall is cut out and raised, so as to integrally form a locking claw 10 bent almost at a right angle at the tip of the coming-off prevention piece 8, and the coming-off prevention piece 8 is forcibly deformed into the inside of circumferential wall by fitting the insulating cylinder 5a to the housing receiving cylinder 1a, go as to engage the locking claw 10 with a recessed part 9 of the contactor housing 3.
Patent JP-H01127251-A (JP)
Title: Creating method for nc data
Inventor: ITO NOBUHIKO
IPC: B23Q15/00
Filed: 1987-11-11
Abstract: PURPOSE:To prevent a tool from breaking by grounding a selected tool and machining, defined by dependency of machining, and determining the machining order of a group by the dependency while in a manner wherein a number of times of tool exchange decreases to a minimum. CONSTITUTION:An NC program creating system program, stored in a floppy FLP, is displayed in a CRT5 through a device 7, and setting a title or the like of a machining program thereafter a workpiece quality, material shape, mounting position, etc. giving a definition about each machining, a tool is selected being based on the definition. Next, being based on the selected tool and dependency of the machining, the defined machining is grouped. The machining order of the group is determined being based on the dependency of the machining in a CPU1, while the machining order in each group is determined in a manner wherein a number of exchange times of the tool decreases to a minimum. In this way, the number of exchange times of the tool can be decreased while preventing the tool from its break or the like.
Patent JP-H02129971-A (JP)
Title: Contact type image sensor
Inventor: TARUI KEIJI
IPC: H01L31/12
Filed: 1988-11-09
Abstract: PURPOSE:To realize ultra-miniaturization by forming a light emitting diode array on part of a driving circuit board for driving an optical detection array and bonding the driving circuit board and an optical detection array board. CONSTITUTION:An optical fiber plate 1a having an optical absorber and an optical fiber plate 1b not having an optical absorber are bonded through transparent resin, putting the optical fiber surfaces together. After an optical detection array board 3 is bonded with a circuit board 5 at a predetermined position of the same, a driving LSI 4 is die-bonded with the circuit board 5, and an optical detector 31 and the LSI 4, and the LSI 4 and the circuit board 5 are connected through wire-bonding. Further, a light emitting diode 2 is disposed at a predetermined position and connected with the circuit board 5 through wire-bonding. Successively, the optical detection surface of the optical detector array 31 and the optical fiber surface of the optical fiber plate 1a are bonded and fixed through transparent resin. Hereby, ultra-miniaturization can be realized.
Patent JP-H04157851-A (JP)
Title: Variation system for overhead byte of transmitter
Inventor: NAITO KANJI
IPC: H04B10/556
Filed: 1990-10-20
Abstract: PURPOSE:To convert the positions and speeds of overhead bytes under constant conditions by changing a selection of control signal data with a 2nd address of the output of a storage part and varying the positions of the multiplexing of plural overhead bytes. CONSTITUTION:A counting part 120 inputs and counts a clock in order by a specific number and outputs a 1st address, which is inputted to the storage part 160, so that the 2nd preset address corresponding to the 1st address is read out and outputted. Then a control part 140 selects and outputs one of (m) input control signal data with the 2nd address outputted by the storage part 160. In this case, the selection of control signal data with the 2nd address outputted by the storage part 160 is changed. Consequently, the positions of the multiplexing of plural overhead bytes can be shifted mutually and various customer's requests can be handled.
Patent JP-2001106438-A (JP)
Title: Polyester film roll and its package
Inventor: SAWAZAKI SHINJI
IPC: B32B27/36
Filed: 1999-10-04
Abstract: PROBLEM TO BE SOLVED: To provide a polyester film roll and its package, in particular used for photo-resist, capable of suppressing wrinkles generated in transit and with time likely to degrade the image quality to a great extent when pattern formation is to be made by the photo-resist. SOLUTION: The film roll is formed by winding a polyester film on the peripheral surface of a cylindrical core, wherein the axial direction bending strength of the core is 22 kg/mm2 or more, axial direction bending modulus of elasticity is 1500 kg/mm2 or more, and the winding density of the film roll is between 1.350-1.380 g/cm3.
Patent JP-H11118032-A (JP)
Title: Device and method for automatic transmission, and memory medium
Inventor: OZAKI TETSUJI
IPC: B60W10/10
Filed: 1997-10-16
Abstract: PROBLEM TO BE SOLVED: To prevent the misjudgment of an inertia phase control starting point due to the bound of the number of input shaft revolution and prevent the delay of the detection of the inertia phase control starting point before starting inertia phase. SOLUTION: Judgment of whether it is an inertia phase control starting point or not (160) is executed. If it is the inertia phase control starting point, F/B control of the rotation speed of an input shaft is started (200). In addition, where inertia phase control has been started, whether judging time has elapsed or not is judged (210). If the judging time has elapsed, whether an inertia phase is progressing or not is judged from the difference between the target rotation speed of the input shaft and the actual rotation speed of the input shaft (220). Where the inertia phase is progressing, control while the inertia phase is progressing is performed (240), and where the inertia phase is not progressing, stand-by control of shift transition control is conducted (250).
Patent JP-H01125608-A (JP)
Title: Guiding device for moving object
Inventor: KATO ATSUHIKO
IPC: G05D1/02
Filed: 1987-11-10
Abstract: PURPOSE:To realize the movement of a moving object in a non-controlled environment by using plural types of traveling environment recognizing means and a traveling control means which selects the proper one of plural types of guidance traveling algorithms and guides the moving object. CONSTITUTION:The left and right pulse encoders 20L and 20R interlock the left and right driving wheels respectively and produces the pulses in accordance with the rotational frequencies of both wheels. A visual sensor 21 sets a range covering the upper part of a moving object through the front floor surface in its viewfield in order to recognize the land marks for guidance put on a traveling course. The ultrasonic sensors 22-27 are attached at the front and the back as well as the right and the left of the mobile object for detection of the distances from the moving object. Thus it is possible to select and use the guidance traveling algorithms for the estimated navigation, visual guidance, traveling along walls and avoidance of obstacles respectively. Then a traveling algorithm is decided by the inference carried out by a membership function so that the mobile object can move in a wide range of environments with a small quantity of information.
Patent JP-H05144181-A (JP)
Title: Optical disk
Inventor: SEGAWA HIDEKI
IPC: G11B7/013
Filed: 1991-10-04
Abstract: PURPOSE:To obtain a large transfer rate even in the case not only the large quantity of data but also the small quantity of data are recorded and reproduced, in the optical disk of a multi-track/multi-beam system. CONSTITUTION:One sector (address part + data part) is divided into each track of (n) pieces of multi-tracks and distributed and arranged. The address part is provided in only one piece of certain track in the multi-tracks, and the address part is not provided in other (n-1) pieces of tracks. In the case sample-servo is used, information of other tracks are always synchronized by using the clock pit of each segment, therefore, by reproducing the information of the address part of one piece of track by a laser beam, the data part of other tracks can record and reproduce the data without providing newly a synchronizing part especially.
Patent JP-H01125606-A (JP)
Title: Manual pulse generating device for numerically controlled machine tool
Inventor: TOMITA TSUNEYOSHI
IPC: B23Q5/22
Filed: 1987-11-10
Abstract: PURPOSE:To feed two axes at one time with a single-hand operation in a manual feed mode of a numerically controlled machine tool by using a plane selection means which selects and decides a control plane based on the attitude of attachment and a double-axis simultaneous control pulse generating means using a ball. CONSTITUTION:A manual pulse generating device 13 contains a shift value instruction means 17 consisting of a ball 19 and rotary encoders 20A and 20B and a magnifying power changeover switch 27 set on an upper surface side 16a of a main body 16 together with a magnet plate 29 fixed on a lower surface side 16b respectively. When the device 13 is attached at the front face of a table for machine tool with G-H and I-J set at Z and X axes respectively, both encoders 20A and 20B are switched for control of the spindle head and an X axis driving motor of the table respectively by the function of an internal position detecting sensor 22. Thus it is possible to simultaneously shift both the spindle head and the table by an extent equal to the value magnified with the magnifying power of the switch 27 by turning properly the ball 19 of the mechanism 17 in the desired direction by a single hand.
Patent JP-S63135810-A (JP)
Title: Detector for light pervious deposit
Inventor: SUDO EIJI
IPC: G01N21/17
Filed: 1986-11-28
Abstract: PURPOSE:To detect the thickness of an ice layer under almost the same icing condition as an outer wall surface, by detecting the deposit on a detection surface by the reception of interface reflected light and making the detection surface flush with the outer surface of the airframe of an airplane when this detector is adapted to the icing detector of the airplane. CONSTITUTION:A single input light guide 2 and a plurality of reflected light receiving wave guide groups 3A-3D arranged in parallel to each other so as to provide intervals are provided in a light pervious substrate 1; the end parts of these wave guides are exposed to the detection surface 1B of the substrate 1 to be arranged on one straight line; the optical axes of these wave guides are inclined symmetrically with respect to the normal line of a measuring surface so as to allow the light emitting from the end of the wave guide 2 and reflected by the surface of the substrate or the interface of a deposit to be incident an either one of the wave guide groups 3A-3D. By this constitution, when the deposit is present on the detection surface of the substrate 1, the light from the wave guide 2 are transmitted through the interface 8 becoming low in its refractive index to be reflected from the upper surface of the deposit and the reflected light is incident on the light receiving wave guide different corresponding to the height of this reflecting surface, that is, the thickness of the deposit. Therefore, when the light output of each light receiving wave guide is monitored, the thickness of the deposit is cleared by the position of the light receiving wave guide showing a peak in output light intensity.
Patent JP-H09129552-A (JP)
Title: Manufacture of semiconductor substrate
Inventor: KISHIMOTO AKIHIRO
IPC: H01L21/764
Filed: 1995-10-31
Abstract: PROBLEM TO BE SOLVED: To provide a method for simply manufacturing a semiconductor substrate which is free from restrictions imposed on a film formed on it. SOLUTION: A GaAs buffer layer 2 is formed on an Si substrate 1 possessed of a buried oxide layer 1a, then a resist layer or a protective film of Si3 N4 or the like is partially formed on the surface of the buffer layer 2, and a grating-like groove 3 is formed penetrating through the buried oxide layer 1a through an RIE. A part of the buried oxide layer 1a exposed by an HF aqueous solution is etched for the formation of an empty gap 4 inside the Si substrate. Lastly, then resist layer or the protective film of Si3 N4 or the like is removed, and a GaAs epitaxial layer 5 is formed again on a part of the buffer layer 2 where the resist layer or the protective film of Si3 N4 or the like is removed off.
Patent JP-H0598748-A (JP)
Title: Roof for building
Inventor: YAMASAKA NOBORU
IPC: E04D3/00
Filed: 1991-10-04
Abstract: PURPOSE:To improve rain treatment, and to enhance even functions such as a heat-insulating effect, a soundproof effect, etc., remarkably by forming an internal roof section and an external roof section. CONSTITUTION:Vertical roof boards 6 are laid among support members 5 disposed on the top face of a roof foundation section 4 at proper intervals in a roof 1 for a building, thus constituting an internal roof section 2. The side edge sections of the vertical roof boards 6 are interposed among the support members 5 and mounting members 7 arranged onto the top faces of the support members 5, and fixtures 53 projected from the upper sections of the support members 5 are penetrated into the connecting holes 71 of the mounting members 7 and clamped. The clamping sections of the fixtures 53 are covered with waterproof cover members 8 while common rafter members 9 are fixed onto the mounting members 7, and an external roof section 3 is organized onto the common rafter members 9.
Patent JP-S63139769-A (JP)
Title: Recorder
Inventor: HARADA TOSHIAKI
IPC: B41J29/00
Filed: 1986-12-01
Abstract: PURPOSE:To obtain a clear image by providing a transfer unit for transferring an image formed on a recording medium to be transferred to the medium in a recorder and positioning means for maintaining at least one relative position of heating means or irradiating means constant to maintain the heating or irradiating position with respect to the medium constant. CONSTITUTION:When a unit 18 is latched, a positioning pin 20c is engaged with a V-shped groove to hold the relative position of a heat generator row 3b and a slit 3e constant. Thus, the heating and irradiating positions with respect to recording medium 1 to be transferred and conveyed along the row 3b are held constantly. When a motor is driven to sequentially feed the medium 1 from a supply roll 2 to apply a light and a heat to the transfer recording layer 1b of the medium 1 in response to an image signal in a recorder 3, an image is formed. That is, when the light of predetermined wavelength and the heat are applied to the layer 1b, softening point temperature is raised, and it is not transferred to a recording sheet 8. When the medium 1 is conveyed together with the sheet 8 to a transfer unit 4, the layer 1b and the sheet 8 are heated in the pressurized contact state to transfer blue and magenta images on the sheet 8.
Patent JP-H08122780-A (JP)
Title: Liquid crystal display device
Inventor: WATANABE JUNICHI
IPC: G02B6/00
Filed: 1994-10-24
Abstract: PURPOSE: To make a liquid crystal display device simple in structure, small in the number of producing processes and low in production cost. CONSTITUTION: A light transmitting part 12 is formed by applying resist except a specified range at the mounting part of a liquid crystal display unit 1 on a wiring board 10 or small holes 13 are bored in such distribution that illumination becomes uniform at the light transmitting part, so that the light is transmitted through the light transmitting part to which the resist is not applied. Then, the wiring board itself functions as a diffusing plate, the liquid crystal display unit is uniformly illuminated, and the uniformity of the illumination is improved further by boring the small holes.
Patent JP-H11105161-A (JP)
Title: Rotary curving mold for sheet and rotary sheet processing apparatus containing the same
Inventor: MIZUNO HIROSHI
IPC: B31B50/25
Filed: 1997-09-30
Abstract: PROBLEM TO BE SOLVED: To eliminate the clearance between a screw member and a curving mold and to prevent positional shift or the like between them in a structure wherein the circular arc-shaped curing mold having a punching blade or a ruling blade attached thereto is clamped to the outer peripheral surface of a processing cylinder by the screw member. SOLUTION: A taper cylindrical washer jig 21 is fixed to the through-hole 4 of a curving mold main body 1 and the leading end part on the small diameter side of the taper cylindrical washer jig is formed so as to be made narrower than the shaft part of a rivet 18 as a restriction part. The rivet 18 is driven in the tapered leading end part thereof to forcibly expand the leading end part and the rivet 18 thus inserted is clamped into the screw hole 16 of a processing cylinder 6. By this constitution, the clearance between the curving mold main body 1 and the rivet 18 becomes a zero state through the washer jig 21 and the positional accuracy of a curing mold 5 is highly kept.
Patent JP-S62144136-A (JP)
Title: Liquid crystal display device
Inventor: ARIGA KAZUO
IPC: G02F1/1333
Filed: 1985-12-18
Abstract: PURPOSE:To improve display quality by sectionalizing the display face of a liquid crystal display device with a transparent seal agent and subjecting one section to the TN orientation processing to charge a TN liquid crystal there and subjecting the other to the uniaxial orientation processing to charge a GH liquid crystal there. CONSTITUTION:The display face is sealed with a transparent seal agent 5 to separate sections 1a and 1b as parts of display functions from each other. Each of sections 1a and 1b is provided with a liquid crystal charging hole 5a. The assembled cell in the section 1a is subjected to TN orientation, and that in the section 1b is subjected to uniaxial orientation. A TN liquid crystal 6 is charged in the section 1a and it is sealed, and a liquid crystal with bicolor coloring matters, namely, a GH liquid crystal 7 is charged in the cell of the section 1b and it is sealed. A polarizing plate 8 is stuck to all of surfaces of cells on the front face of a glass substrate 2a so that its axis of polarization is parallel with the direction of the orientation processing to which the glass substrate 2a is subjected, and a polrizing plate 9 is stuck to the rear face of a glass substrate 2b so that it covers the section 1a and a sectionalizing line part 5b of the seal agent 5 and its axis of polarization is orthogonal to that of the polarizing plate 8.
Patent JP-H11118728-A (JP)
Title: Method and apparatus for visual inspection for work
Inventor: MIZUTANI SEIJI
IPC: G06T7/00
Filed: 1997-10-17
Abstract: PROBLEM TO BE SOLVED: To provide a method and an apparatus for visual inspection for works whereby defects on wet surfaces of the works, e.g. faces of silicon wafers subjected to a wrapping process and the like can be correctly inspected. SOLUTION: In a silicon wafer visual inspection apparatus 1, a silicon wafer to be inspected is placed on a rotary table 4 set in water stored in a water tank 2. A face subjected to a wrapping process of the silicon wafer is picked up by a CCD camera 11 arranged immediately above the silicon wafer with an objective lens 12 sunk in the water. A ring light 14 fitted in the circumference of the objective lens 12 of the CCD camera 11 illuminates the wrapping process face. An image picked up by the CCD camera 11 is processed and then displayed on a screen of a monitor 24. The monitor screen clearly displays the wrapping process face of the silicon wafer, so that the presence/absence of defect such as flaws or the like can be correctly distinguished by eyes. Because of the inspection in the water, the inspection is carried out without being influenced by a degree of a surface wet, etc.
Patent JP-2001105906-A (JP)
Title: Engine supporting structure for movable agricultural machine
Inventor: MATSUOKA MASAMI
IPC: B60K17/04
Filed: 1999-10-05
Abstract: PROBLEM TO BE SOLVED: To secure the lowest height of a chassis above ground while an engine is arranged at a lower position, by installing the engine between right and left mainframes. SOLUTION: A rice planting machine 10 for riding has right and left mainframes 18, 18 constituting a running body 16. The mainframes 18, 18 are extendedly disposed in a longitudinal direction of the running body 16, and the right and left mainframes 18, 18 are linearly disposed almost parallel and opposite to each other. The right and left mainframes 18, 18 support a side face at almost central portion in a vertical direction of the engine 20 so that the engine 20 is installed between the right and left mainframes 18, 18. Since the engine 20 is installed at a lower position of the running body 16, stabilization of the running body 16 is implemented.
Patent JP-H03149357-A (JP)
Title: Brine power generating system
Inventor: MOTOI SATOSHI
IPC: H02K53/00
Filed: 1989-11-02
Abstract: PURPOSE:To make electric power generable and generating cost cheaper irrespective of seasons and get rid of any personnel damage as well as to preserve other resources for energy use by generating electric power through hydraulic pressure, being dropped in the sea, with a drainage system which operates seawater in a penstock vertically pierced through in a generating station in the sea with a powerful motor. CONSTITUTION:A generating station is built in the sea solid in geologic features of the depth of water approximate 120m nearby the coastline. Structure of a plant build ing is formed into a round form as averting any possible danger of hydraulic pressure or the like, about 35m in diameter, about 50m in height, an outer wall has no window just like a ship, and as for the central part, a penstock of 6 - 8m in diameter is verti cally pierced through there. As this plant building is built on top of about 40m from the foundation of the seabed, the inside of the penstock is in a state of being filled up with seawater even in the case where the generating station is not operated. In a lowermost part of the penstock, there are provided with a 1,500-revolution motor regulating its revolution with a speed reducer and a drainage system with a spiral drainage vene, and a series of generating sets including a turbine hydraulic machine, rectifier, a generator or the like are operated for power generation by operation of this drainage system.